IF-D91 IF-D91 high speed photodiode detector housed "connector-le

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IF-D91 IF-D91 high speed photodiode detector housed "connector-le

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Plastic Fiber Optic Photodiode
IF-D91
IF-D91 high speed photodiode detector housed "connector-less" style plastic fiber optic package. Optical response IF-D91 extends from 1100 making compatible with wide range visible near infrared laser diode sources. This includes visible LEDs used optimum transmission PMMA plastic optic fiber. detector package features internal micro-lens, precision molded housing ensure efficient optical coupling into standard 1000 core plastic fiber cable.
fast response times IF-D91 make suitable high speed digital data links. When used with appropriate laser diode source IF-D91 capable Mbps data rates. IF-D91 also used analog video links with bandwidths MHz. integrated design IF-D91 provides simple, cost effective implementation variety analog digital applications.
High Speed Digital Data Links Local Area Networks Motor Controller Triggering Video Links Medical Instruments Automotive Electronics Robotics Communications EMC/EMI Signal Isolation Fiber Optic Modems
Fast Rise Fall Times Mates with Standard 1000 Core Jacketed Plastic Fiber Optic Cable Optical Design Required Inexpensive Plastic Connector Housing Internal Micro-Lens Efficient Optical Coupling Connector-Less Fiber Termination Light-Tight Housing provides Interference Free Transmission
25°C)
Operating Storage Temperature Range (TOP,TSTG).-40° 85°C Junction Temperature (TJ) .85°C Soldering Temperature from case bottom) (TS) .240°C Power Dissipation (PTOT) 25°C .100 De-rate Above 25°C .1.33 mW/°C
(TA=25°C)
Parameter
Wavelength Maximum Photosensitivity Spectral Bandwidth (S=10% SMAX) Rise Fall Times (10% 10%) (RL=50 VR=20V, =850 Total Capacitance Responsivity min. Reverse Dark Current (VR=30 volts, EE=0) Reverse Breakdown Voltage Forward Voltage PEAK V(BR)R
Symbol
Value
400-1100
Unit
µA/µW µA/µW
Industrial Fiber Optics, Inc.
IF-D91
Plastic Fiber Optic Photodiode
FIGURE
Circuit diagram measuring rise fall times.
FIGURE Cross-section fiber optic device.
ends optical fiber with singleedge razor blade sharp knife. obtain precise 90-degree angle (square). Insert fiber through locking into connector until core seats against internal micro-lens. Screw connector locking down snug fit, locking fiber place.
FIGURE
Typical detector response versus wavelength.
PACKAGE IDENTIFICATION:
Black housing Orange Anode Cathode
FIGURE
Case outline.
Industrial Fiber Optics, Inc.
5/19/01

IF-D91 IF-D91 high speed photodiode detector housed "connector-le

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